Henri Gleyzolle

TL;DR: A tunable X-ray focusing and/or monochromating device, called a transfocator, is described and examples of its implementation on ID11 at the ESRF are given.

TL;DR: The experimental results and theoretical predictions presented in this paper show that in the low shear limit for a transverse flow scattering geometry (scattering wavevector q perpendicular to the direction of flow) the measured relaxation times are independent of the flow rate and determined only by the diffusive motion of the particles.

TL;DR: Beamline ID11 at the ESRF has been recently upgraded by the complete redesign of the optics and by the extension of the beamline to 100 m in length as discussed by the authors, coupled with the construction of a dedicated endstation for micro-and nano-focusing applications for diffraction and microscopy experiments in solid state chemistry, physics and materials science.

TL;DR: The experimental results and theoretical predictions presented in this article show that in the low shear limit, for a transverse flow scattering geometry, the measured relaxation times are independent of the flow rate and determined only by the diffusive motion of the particles.

TL;DR: This work has mimicked this biological "trick" by using the surface of a cryo-protectant as a liquid subphase for the preparation of organic membranes, and gained new insights into membrane stability, morphology, and reorganization at low temperatures.